Countable and uncountable nouns when the envelopes, indefinite pronouns, imperatives, showing the time prepositions, exclamation expression, frequency adverbs, modal verbs with the colors, days, months, and related text studies. Present and past tense verb to be. (Have got) the structure of the use of examples.

Course Period:

1. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESTD 101

Turkish Language I

2

0

2

0

Course Content:

What is language? National life and the importance of language as a social institution. The relationship between language and culture. Turkish language and its distribution areas. English voices and their classification. The rules of sound characteristics of Turkish and audio information. Spelling, spelling rules and punctuation marks.

Course Period:

1. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESAİ 101

Ataturk's Principles and History-I

2

0

2

0

Course Content:

19. at the end of the 20th century reform movements in the Ottoman Empire general condition of the early centuries of the Ottoman Empire. Tripoli and the Balkan Wars. I. World War II. I. Overview of World War I, the Ottoman Empire in the war. Armistice Armistice, the preparation period of the War of Independence. Erzurum Congress. Sivas Congress. The opening of The Great National Meslisi'nin. The establishment of the Government of the Grand National Assembly, internal revolts.

Kinetics of particles: Equations of motion (linear, cylindrical and polar coordinates), Work and Energy, Impulse and Momentum. Kinetics of systems of particles: Equations of motion, Work and Energy, Impulse and Momentum; fixed and variable mass flow. Kinetics of rigid bodies: Motion equations (moment of inertia), work and energy, impulse and momentum. Three-dimensional kinetics of rigid bodies: the General Movements; Impulse and Momentum. Vibrations: Free and forced vibrations. Rigid-body vibration.

Subject pronouns, possessive adjectives, nouns and plural forms, adjectives and some adverbs. The simple past tense, and it's about being positive, negative and question forms. Conjunctions, sign pronouns, and indefinite, noun verbs and object pronouns. Modal auxiliary verbs "can" and the use of examples.

Course Period:

2. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESTD 102

Turkish Language II

2

0

2

0

Course Content:

Turkish affixes and their application. Rules about composition, composition writing and implementation of the plan will be used. English nouns and verbs. Composition expression and its implementation. Turkish adverbs and prepositions usage patterns.

Course Period:

2. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESAI 102

Ataturk's Principles and Revolution History-II

2

0

2

0

Course Content:

The Paris Peace Conference. The occupation of Izmir. Internal affairs and minorities. Event Cerkez Ethem. I. and II. İnönü Battles. Sakarya War and its consequences. Treaty of Kars and Ankara. The Great Raid. Mudanya Armistice and its importance. And the importance of the Lausanne Conference. The Turkish Revolution, political, legal, social, cultural, educational reforms in the fields. Transition to a multiparty system. Developments in the economic field. Turkish Foreign Policy. The Armenian issue. II. World War I and Turkey. Ataturk's Principles

The basic definitions of thermodynamics. Properties of pure substances. The first law of thermodynamics (closed systems). The first law of thermodynamics (control volumes). Second law of thermodynamics. Entropy.

Course Period:

3. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESM 207

Electronic Circuits

2

0

2

3

Course Content:

BJT's structure, operation, self-curves, the physical parameters and the Ebers Moll model. The biasing of BJT amplifier is used as the DC and AC analysis, the use of multi-storey. Output stages and power amplifiers, voltage regülatörleri.BJT the small-signal parameters, re, r, and hybrid equivalent circuit. Common emitter (OE), OB and OK'lü amplifiers, cascade, cascode and Darlington circuits. BJT high-frequency (HF) behavior. JFET and MOSFET structure of the work, özeğrileri. Examination of AF and YF'ta FET common source and OA. The frequency response of an amplifier. Examination of the concept of feedback and feedback amplifiers. Stability of feedback amplifiers, sinusoidal oscillators and types.

Atomic bonding of materials with physical properties of the chemical composition, crystal planes and directions, and Miller Bravais indices, structural defects in the crystal structure of materials properties and their effects, to understand the mechanical properties of materials and their measurement, the effect of diffusion and mechanical properties of crystalline materials, the chemical composition of the identification and one-dimensional problems, the two-component phase diagrams, solidification and diffusion in alloy systems principles, metals, ceramics, polymers and composite materials, structure-property relationships, types of corrosion protection methods

Isıtransferi through boiling and condensation, Mass Transfer, Mass and heat transfer between the similarities, by way of diffusion mass transfer, mass transfer systems, including analysis, time-dependent mass transfer problems. Gas and the solid radiation. Convection and radiation heat transfer.

Course Period:

6. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESM 304

Fluid Mechanics-II

3

0

3

4

Course Content:

Euler and Navier-Stokes equations and their solutions, and applications of the impulse-momentum equation, Bernoulli's equation and its applications, pipe systems, pressure and velocity measurement methods, Dimensional analysis and similarity.

All final year students, under the guidance of the Energy Systems Engineering, Designing the design is mainly a matter of concern, the evaluation of alternatives, all of the results that may be required investigation and the presentation and defense of a report with the details of the drawings.

Course Period:

7. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESM 405

Energy Systems Laboratory-I

0

2

1

3

Course Content:

This lab, heat transfer, thermodynamics, materials, machinery and applied fluid mechanics, power systems and provides energy-related experiments. Energy Engineering examination and observation of various factors on these experiments targeted.

Environmental impact of energy production and use of energy systems. The basic principles of environmental law, sustainable development, and environmental protection in international instruments, national environmental action plan with the European Union energy programs in the energy and environmental policy is to compare the environmental instruments; energy investments integrated pollution prevention and reduction of environmental impact assessment procedure for the September 24, 1996 the European Community directive (IPPC); liability arising from environmental damage.

Course Period:

8. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESM 404

Energy Systems Laboratory-II

0

2

1

3

Course Content:

This laboratory, electrical, electronics, control systems, power systems and provides energy-related experiments. Energy Engineering examination and observation of various factors on these experiments targeted.

Course Period:

8. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESM 404

Energy Systems Design and Implementation-II

0

3

2

3

Course Content:

All final year students, under the guidance of the Energy Systems Engineering, Designing the design is mainly a matter of concern, the evaluation of alternatives, all of the results that may be required investigation and the presentation and defense of a report with the details of the drawings.

Course Period:

8. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESM 406

Graduation Project

0

2

2

3

Course Content:

Energy Systems Engineering and selected topics of interest to the theoretical or practical done extensive scientific research and investigations, the study section in a technical report prepared in accordance with the principles of the final project presentation and defense.

Introduction to composite materials, composite materials, introducing Accelerators matrix and reinforcement materials, adhesives, fillers, matrix and reinforcement structure of the classification and properties, and applications of the general character of the production of composite materials, mechanics and mechanical behavior of composite materials.

Hydropower potential and determination methods. Ssu energy utilization methods. Water flow is used as an energy source. Water turbines. Hydroelectric power plants (HPP). HES types, elements, and principles of operation

Basic concepts of entrepreneurship, the importance of entrepreneurship and development, entrepreneurship, basic characteristics, personal characteristics required of the entrepreneur, the entrepreneur must have in order to establish his own business information (technical and functional information, planning information, management information), the basic steps in the process of establishment - motivation, the basic steps in the process of business start-ups - the identification and preliminary assessment of the business idea, the basic steps in the process of business start-ups - the preparation of the work program, the basic steps in the process of setting up a business - Feasibility study, basic steps in the process of setting up a Business - Business plan preparation (Marketing Plan - Production Plan) , the basic steps in the process of business start-ups - Business plan preparation (Management Plan - Financial Plan), the basic steps in the process of establishment - Establishment and development of the work phase of the examination of the application examples

Direct mounting, making poles Travers, the console assembly to do, Insulators and other elements to assemble, Overhead Line Pull the conductors and make connections, poles, fittings and lines to maintain, troubleshoot failures of PTL, Power Transformer to assemble, to assemble Instrument Transformers, Busbar system, to assemble, to assemble the separator, cutting assembling, switching systems, resolve the failures, to maintain the panels and Measurement systems.

Course Period:

6. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 030

Fossil Energy Sources

2

0

2

3

Course Content:

Input of fossil energy sources. Petroleum and natural gas properties, the formation and acquisition methods. Ways to exploit oil and its derivatives. Coal, lignite characteristics, production techniques, and applications. Combustion techniques. Herbal and other biological sources of energy. This group, known as renewable energy sources and energy source or energy source to be directly subjected to the transformation used. Methane, methanol, and ethanol production.

All systems used in sanitary installations. City to start a clean water supply network water tanks, booster, clean water, pipe fittings, water heaters, water heaters, boilers, hot water preparation fastening systems for sewage and storm water connection sistemleri.Bina building plumbing systems, presentation systems, and these systems change, renewal, development, again in accordance with the comforts tasarlanmasıve diameter of these systems, capacity and power calculations.

Theoretical origins of public relations, an introduction to the scope and principles. Research problems, setting objectives, identifying audiences, designing messages, communication channels, selection and evaluation of all types of organizations.

General introduction of internal combustion engines, alternative fuel vehicles, natural gas and LPG vehicles and motor construction, emission characteristics, thermal efficiency, fuel economy, noise comparison in terms of alcohols to use in engines. Petrol and diesel engines, fuel alcohol use, motor and help the promotion of staff, fuel economy, ignition, emission control systems disclosed. The use of solar energy in cars. The use of hybrid propulsion systems and vehicles.

Examination of the main application areas of power electronics. Power semiconductors (Power Diode, Power BJT'ü, Power MOSFET, SCR, Triac, Diac, MCT, IGBT, GTO, Sith and so on.) Characteristics, examination of the basic circuits and protection circuits. Single-and multi-phase rectifiers (uncontrolled, half-controlled and fully-controlled) study. AC-AC, DC-AC and DC-DC converters of the basic circuits. Examination of the trigger circuits.

The historical development of hybrid and electric vehicles. The importance of hybrid and electric vehicles, energy and the environment. Hybrid vehicles and foundations. Electric vehicles. Types and characteristics of electrical machines used in hybrid and electric vehicles. Hybrid and electric vehicles, power electronics. And the importance of the timing of the switching power electronics circuits. The battery used in hybrid and electric vehicles and battery management structures. Alternative energy sources for electric vehicles. And technological advances in the use of electric vehicles in public transport

General definition of corrosion, corrosion importance of the principles of the formation of corrosion, types of corrosion, oxidation, passivity, in various environments, corrosion, water corrosion, seawater corrosion, surface corrosion, biological corrosion, atmospheric corrosion, corrosion prevention measures that can be taken at the design stage of the media aggression relieving measures, with the protection of surface coatings, cathodic protection, selection of appropriate materials and protection.

Date of air conditioning, description and classification, basic air-conditioning systems, air conditioning components and system structure, and physical properties of air conditioning base, properties of air and moisture measurement of heat transfer, air distribution principles and system testing and measurement systems

Course Period:

7. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 061

Management and Planning

2

0

2

3

Course Content:

Management: Basic concepts, importance for businesses, similar to the concept of management concepts, comparison, Development of Management Science: Classical, behavioral, and comparison of modern management approaches, management system: Characteristics and Significance of Management for Planning and Decision-Making: The planning process, plan types, Authorization and Power concept, Delegation of Authority, the Audit process and the characteristics of current management techniques and practices, current management techniques and applications (continued), case study.

Course Period:

7. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 063

Environmental Policy

2

0

2

3

Course Content:

Environmental issues and sizes. The basic functions of environmental law. The present legal regulations related to environmental pollution and international dimensions of environmental law. Environmental policies. Environmental flows. Environmental management and organization. Development plans, current debates about the environment.

Introduction and application of combustion of solid, liquid, gas, fuels, and combustion control of stoichiometry, chemical thermodynamics, the standard combustion, flue gas analysis. Excess air and incomplete combustion with air.

Course Period:

8. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 028

Biofuel Technology

2

0

2

3

Course Content:

Legislation and policies related to the basic concepts and biofuels. Biofuels safety, economic and environmental impacts. Review of fossil fuels. Biyomastan used for the production of biofuels, the current technologies and processes. Biofuels used for the synthesis of biological and thermochemical methods. Fermentation processes and alternatives. Biofuel biodiesel and other fuels. Biofuel production in the world and in our country.

SCR, triac, diac, power BJT'si, and the power MOSFET circuits examination of the basic application elements. Examination of single and multi-phase rectifiers. AC-AC converters (direct and intermediate circuit) examination. Examination of the DC-AC and DC-DC converters.

Analysis of the time-domain responses of the control systems. The system response to the effects of poles and zeros, steady state errors. Systems in the frequency domain analysis, stability criteria. Control systems, design criteria, presentation of the methods used. Control system design, controller types and designs. The state feedback control. Integral state feedback control. Observer design. Robust control systems.

Course Period:

8. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 062

Engineering Human Relations

2

0

2

3

Course Content:

Management is responsible for the engineers to do business with people inside and outside of an organization götürmesinin ways and means to a healthy relationship, the definition of governance, human and human characteristics and ways of obtaining and influence, communication, toplkantı management techniques, motivation, organizational, conflict resolution, stress, and solutions.

Course Period:

8. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 064

Climate Change and Environmental Impacts

2

0

2

3

Course Content:

Global balances, concepts of climate change and global warming, the causes of climate change, greenhouse gases and the greenhouse effect, flood and drought, climate change and its effects on ecosystems, climate change and water management, climate change and Turkey, measures to prevent climate change, climate change, compliance with the International protocols